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Robust RFID Tag Identification
Sensors, 2022 Fast and reliable identification of Radio Frequency Indentification (RFID) tags by means of anticollision (MAC) protocols has been a problem of substantial interest for more than a decade. However, improvements in identification rate have been slow, as most solutions rely on sequential approaches that try to avoid collisions, which have limited margin ...
David Benedetti, Gaia Maselli
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Long-Range Miniaturized Ceramic RFID Tags [PDF]
IEEE Transactions on Antennas and Propagation, 2021 Radio frequency identification (RFID) is a mature technology, which allows performing contactless data readout via wireless communication links. While communication protocols in this field are subject to regulations, there is a room of opportunities to improve the hardware realization of antennas devices, which support the technology.
Dmitry Dobrykh +8 more
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Fingerprinting RFID Tags [PDF]
IEEE Transactions on Dependable and Secure Computing, 2011 Radio frequency identification (RFID) tags are low-cost devices that are used to uniquely identify the objects to which they are attached. Due to the low cost and small size that are driving the technology, a tag has limited computational capabilities and resources.
Periaswamy, Senthilkumar Chinnappa Gounder +2 more
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Application-Adaptable Chipless RFID Tag
2018 IEEE International Symposium on Antennas and Propagation & USNC/URSI National Radio Science Meeting, 2018 Chipless RFID has gained prominence due to its application versatility and cost and complexity advantages over traditional RFID. However, chipless RFID tags are typically designed for a specific application instead of being deployable for a multitude of applications.
Katelyn, Brinker, Reza, Zoughi
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, 2010 This work was performed in a collaboration between IMEC and TNO in the frame of the HOLST Centre. Part of it has been supported by the EC-funded IP POLYAPPLY (IST # 507143). The authors also thank Klaus Schmidegg of Hueck Folien GmbH for the antenna foils.
Myny, Kris +8 more
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IEICE Communications Society Magazine, 2008 近年のRFID（Radio Frequency Identification）システムの急速な普及には目覚ましいものがある．使用されているアンテナは，システム全体の中で最も設計が難しいといっても過言ではない．これはアンテナの設計パラメータが，形状，材質，ICとのインピーダンス整合，通信エリアや各種規制等の遵守等々と非常に多岐にわたるためである．RFIDシステム（以下RFID）には使用する周波数帯がいくつか用意されており，13.56MHz帯とUHF帯（860～960MHz），2.45GHz帯等では，動作原理が異なるため，使用するアンテナの種類が異なる．また，RFIDタグを貼り付ける物質（金属や高誘電体等）によっても，アンテナ特性が大きく変化する．本論文では，RFIDタグ用アンテナの設計について述べる．
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, 2009 RFID has been identified as one of the cornerstones of the upcoming Internet of Things (IoT) and the focus is moving from conventional RFID towards next generation pervasive networked and interconnected systems. In the future IoT billions of objects are envisioned to report their identity, location, environmental conditions and history over wireless ...
Pesonen, Nadine +4 more
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, 2010 Radio Frequency Identification (RFID) is a rapidly developing technology which uses RF signals for automatic identification of objects. RFID system generally consists of three components: 1) A small electronic data carrying device called a transponder or tag that is attached to the item to be identified, 2) A reader that communicates with the tag using
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Perner’s Contacts, 2010 Item level tagging (ILT) has proven to be as controversial as it is exciting. Some industry experts contend that it will be become the largest sub-sector of the RFID market. It is exciting because of the business benefits of tagging all high value items individually on an assembly line, in a research or manufacturing facility, or even in a retail ...
Juraj Vaculík, Ivan Michálek
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